30p = 20p + 5p + 5p 40p = 20p + 10p + 10p
20p,50p,5p,2p
5px4p=20p 5px5=25p so 20p-25p=-5p
9 x 5p 7 x 5p, 1 x 10p 5 x 5p, 1 x 20p 5 x 5p, 2 x 10p 3 x 5p, 1 x 10p, 1 x 20p 3 x 5p, 3 x 10p 1 x 5p, 4 x 10p 1 x 5p, 2 x 20p 1 x 5p, 2 x 10p, 1 x 20p
Well, honey, if you spend 25p from 50p, you'll get 20p and 5p coins back in change. It's basic math, nothing to lose sleep over. Just make sure you count your coins before strutting out of the store like a boss.
The greatest common factor (GCF) of 5p and 20pĀ² is 5p. To find the GCF, you need to identify the common factors of both terms and choose the highest one. In this case, both terms have 5 and p as common factors, but the term with the lower power of p is 5p. Therefore, the GCF is 5p.
The GCF = 4. 20p - 60pq + 32q = 4(5p - 15pq + 8q).
30p = 20p + 5p + 5p 40p = 20p + 10p + 10p
20p,50p,5p,2p
1/4
5px4p=20p 5px5=25p so 20p-25p=-5p
The GCF is 5p.
The GCF is 4.
40 ways.
The GCF is 5p.
9 x 5p 7 x 5p, 1 x 10p 5 x 5p, 1 x 20p 5 x 5p, 2 x 10p 3 x 5p, 1 x 10p, 1 x 20p 3 x 5p, 3 x 10p 1 x 5p, 4 x 10p 1 x 5p, 2 x 20p 1 x 5p, 2 x 10p, 1 x 20p
9